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Mobile AR System using QR Code as Marker for EHV Substation Operation Management

机译:使用QR码作为超高压变电站运行管理标记的移动AR系统

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Augmented Reality (AR), is the extension of the virtual reality technology, which bring together real environment and virtual information, text, video, image etc. to experience digital things in a real world environment. Computing device is necessary to user to interact with in real-virtual fusion environment. This paper presents architecture design and implementation of android mobile augmented reality system for Extra High Voltage (EHV) substation to ensure safe and correct operation of switches and its real time status confirmation from sub-station SCADA. It is based on web application and mobile android system. QR code as a marker is generated in a standardized and efficient way for unique identification of each switch of Substation. Further it is integrated with existing SCADA for obtaining real time switch ON/OFF status by means of web service. This application assists the operator of EHV substation with continuous audio and visual support to take live equipment out of service sequentially without bypassing the interlock for maintenance activity. Augmenting the manual process of operation with this mobile app eliminates errors as the application does not allow the operator to proceed in case of any mistake or mismatch from predefined Standard Operating Procedures (SOP). This greatly enhances the safety of personnel and equipment.
机译:增强现实(AR)是虚拟现实技术的扩展,它将现实环境与虚拟信息,文本,视频,图像等结合在一起,以在现实世界环境中体验数字事物。计算设备是用户在真实-虚拟融合环境中进行交互所必需的。本文介绍了用于超高压(EHV)变电站的android移动增强现实系统的体系结构设计和实现,以确保开关的安全正确操作及其从变电站SCADA的实时状态确认。它基于Web应用程序和移动android系统。以标准化和有效的方式生成QR码作为标记,以唯一地识别变电站的每个开关。此外,它与现有的SCADA集成在一起,可通过Web服务获取实时开关的开/关状态。该应用程序可为EHV变电站的操作员提供持续的音频和视频支持,使其带电设备按顺序停运,而无需绕开联锁进行维护活动。借助此移动应用程序增强了手动操作过程,从而消除了错误,因为在预定义的标准操作程序(SOP)出现任何错误或不匹配时,该应用程序不允许操作员继续操作。这大大提高了人员和设备的安全性。

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